Xari.io

Electronics Design

Electronics and PCB design for connected products — schematic capture, multi-layer Altium layout, and design-for-manufacture, from concept to production-ready hardware.

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Selected work

From schematic to board

A real Xari electronics project — taken from schematic capture through multi-layer PCB layout to an assembled, tested board.

Schematic sheet showing power, measurement and MCU sections of a custom board — **Schematic capture**Architecture, power and signal design.

Multi-layer PCB copper layout with routed traces around the MCU — **PCB layout**Multi-layer routing in Altium.

Assembled multi-layer PCB with USB-C, populated and ready for bring-up — **Assembled board**Prototype built and brought up.

What we build

Good hardware starts with a clean schematic and a well-laid-out board. We design electronics that are reliable to manufacture, straightforward to bring up, and ready for the firmware and enclosure around them.

Our work can include schematic capture, multi-layer PCB layout in Altium, component selection and sourcing, power and signal integrity, design-for-manufacture, and prototype-through-production support — in step with your firmware and mechanical teams.

Schematic capturePCB layoutAltiumSignal & power integrityDFMPrototyping

Capabilities

Schematic designArchitecture, component selection, power trees, and reviewable schematics.

PCB layoutMulti-layer boards in Altium, controlled impedance, and clean routing.

Signal & power integrityHigh-speed layout, decoupling, EMC-aware design, and thermal management.

Design for manufactureDFM/DFT, footprints, fabrication and assembly packages, and BOM.

Prototyping & bring-upPrototype runs, board bring-up, rework, and hardware validation.

Hardware/firmware fitBoards designed alongside firmware, enclosures, and connectivity.

How we deliver

Electronics decisions — component availability, layout, power, and manufacturability — are cheapest to get right before the first board is fabricated.

Define the hardwareRequirements, interfaces, power budget, connectivity, sensors, and constraints.

Design the schematicComponent selection, sourcing, power trees, and a reviewable schematic.

Lay out the boardMulti-layer PCB in Altium with signal and power integrity and DFM in mind.

Prototype and hand offFabrication and assembly packages, board bring-up, validation, and production support.